Computer to Brain Interface (CBI) is a technology that enables direct interaction between a computer and a person's brain. It involves the use of implants, electrodes, or other devices to record and stimulate the brain's electrical activity, allowing the computer to interpret the signals and interact with the brain. This type of interface could potentially be used to control prosthetic limbs, monitor and modify neural activity, or even store and recall memories. It could potentially revolutionize the medical field and provide new avenues for research into the workings of the human brain.

Brain computer interfaces (BCIs) are the crest of the next wave of wearable technology. A new platform based on detecting electrical signals from the human brain and body could reduce our dependency on screens. The primary challenge facing most BCIs at the time was that they appeared like a large helmet or wired hat that was placed on someone's head .

G.tec medical engineering develops and produces high-performance brain-computer interfaces and neurotechnologies for research or clinical purposes. The company's products are internationally used in clinical environments or for research purposes such as the analysis of the brain, heart or muscle activity. It offers CE-certified and FDA-cleared user-ready applications which are used in hospitals and rehabilitation centers for the rehabilitation after stroke, the brain assessment and communication of coma/locked-in patients or for brain mappings before and during neurosurgery

Our active implant technologies pave the way for new perspectives on the treatment of neurological disorders. Our Vision We aim to become the leading technology partner for the development of neurotherapies. We are already working on the next generation of active implantable technologies that will revolutionize the market for medical devices, especially for active implants.

Brain computer interfaces are devices that read brain information. They can make commands that move robotic arms or control games, read emotional states .

Brain-computer interfaces are making big progress this year | @VentureBeat - Neuroscientists posit that brain region is a key locus of learning. @OpenBCI on the shoutout from @GabeNewelI and open source interest from @valvesoftware .

Neuralink is building devices now that will help people with paralysis. We are looking to hire a wide range of people with diverse engineering, scientific, and operations expertise. A consumer advisory board provides the end-user perspective to help us to create the world’s most empowering and user-friendly BCI .

CoMind is creating noninvasive neural technological hardware and software to augment the human brain and connect advanced artificial intelligence to the neocortex to help humans compete with the rapid advancement of AI. The neocortex is the area of the brain which is responsible for brain functions such as sensory perception, cognition, generation of motor commands, spatial reasoning, and language and focused on augmenting this area with artificial intelligence using advanced hardware and cutting-edge software. 

Their non-invasive brain-computer interfaces allow communication with the brain. CoMind’s mission is to create the next computing interface, whilst simultaneously improving our understanding of the human brain and neurological disorders.

Co-founders have worked for more than 15 years on CMOS-powered cell-electronic interfaces. They are now setting up the next standard by introducing the CorePlateTM technologya multiwell device for advanced cell-based analysis. Their research and development are aimed at raising the potential of finding new treatments for brain diseases .

Neuronexus creates high-performance interfaces to precisely targeted circuits. Our technologies and solutions extend from the tissue interface to the user interface. They include an extensive catalog of industry-leading microelectrode arrays, instrumentation systems, and innovative software platform .

Ni2o is developing a revolutionary brain-computer interface. It addresses the most pressing and costly medical needs of a rapidly aging global population. The global population of those aged 60 years or older will more than double by 2050. KIWI, our minimally-invasive implant, will conquer Parkinson’s disease, then turn our focus to Alzheimer’s .

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